The main contribution of this article is to introduce a new software performance simulation approach, called iSciSim (intermediate Source code instrumentation based Simulation), which achieves high estimation accuracy, high simulation speed and low implementation complexity.
In 2002, the Agency to Research Project at the National Archives of Australia developed a conceptual model based on software performance as a measure of the effectiveness of digital preservation strategies.
An introduction to computer architecture covering processors, memory hierarchy, storage, and networking provides a foundation for understanding software performance.
Intel VTune Performance analyzer is a commercial application for software performance analysis about Intel-manufactured x86 and x64 based machines, and has both GUI and command line interfaces.
Software performance is an important non-functional quality attribute and software performance evaluation is an essential activity in the software development process.
Managing software performance is a more complex task than ever, and companies are starting to realize that APM is incomplete and ineffective without insight into how the applications are actually being used.
Then, in 1985, I met a Russian mathematician who had an idea that promised a dramatically new level of CAD software performance.
As most embedded applications are realized in software, software performance estimation is a very important issue in embedded system design.
While having metrics on all of these functions is useful, they're just numbers, and monitoring software performance -- and running a business -- isn't solely about crunching numbers.
Today, Apple Macs have come a very long way in terms of software, performance and aesthetics.
